Events: 2013/07/10: Week of 10

Nano/bio systems have emerged as highly interdisciplinary research areas in the last few decades, spanning physics, chemistry, biology, mechanics, and material science. Synergizing material design, device fabrication, and system characterization from the nanoscale is of fundamental interest. The...

Nano/bio systems have emerged as highly interdisciplinary research areas in the last few decades, spanning physics, chemistry, biology, mechanics, and material science. Synergizing material design, device fabrication, and system characterization from the nanoscale is of fundamental interest. The...

Nano/bio systems have emerged as highly interdisciplinary research areas in the last few decades, spanning physics, chemistry, biology, mechanics, and material science. Synergizing material design, device fabrication, and system characterization from the nanoscale is of fundamental interest. The...

The Nano 101 series provides undergraduate level seminars in nano-related topics. This seminar will be broadcast over Adobe Connect. You may join by going to URL: https://gomeet.itap.purdue.edu/nano101/.

Nano/bio systems have emerged as highly interdisciplinary research areas in the last few decades, spanning physics, chemistry, biology, mechanics, and material science. Synergizing material design, device fabrication, and system characterization from the nanoscale is of fundamental interest. The...

The NNIN/C at the University of Michigan will be hosting a presentation on “Local Slow-Light Engineering: Hold your photons!”, which will be broadcast live as a web based seminar.
Event Information:
Topic: Local Slow-Light Engineering: Hold your photons!
Date: July 11th, 2013
Time:...

Efficient, economical, & safe storage & delivery is essential for using hydrogen as a fuel in mobile and portable applications. The thermal design of solid state hydrogen storage devices involves coupled heat and mass transfer with heat generation and chemical reactions. Important design...

Nano/bio systems have emerged as highly interdisciplinary research areas in the last few decades, spanning physics, chemistry, biology, mechanics, and material science. Synergizing material design, device fabrication, and system characterization from the nanoscale is of fundamental interest. The...

Nano/bio systems have emerged as highly interdisciplinary research areas in the last few decades, spanning physics, chemistry, biology, mechanics, and material science. Synergizing material design, device fabrication, and system characterization from the nanoscale is of fundamental interest. The...